| 1. | Discussion and improvement on empirical mode decomposition algorithm
经验模式分解算法的探讨和改进 |
| 2. | Decomposition algorithm on structural dynamic inversion with incomplete input information
输入未知情况下结构复合反演的两步法 |
| 3. | A dual decomposition algorithm for turbulent wake flows after blunt bodies using the wavelet packet method
钝体尾流的双重小波包分解 |
| 4. | Parallel domain decomposition algorithm based on schwarz chaotic relaxation for die casting mold filling simulation
混乱松弛法的压铸充型模拟并行分区算法 |
| 5. | Finite difference domain decomposition algorithm on unstructured triangular mesh for parabolic equation
一类无结构三角网上抛物方程的有限差分区域分解算法 |
| 6. | Based on the quantum genetic algorithm ( qga ) and the matching pursuit ( mp ) , a fast image sparse decomposition algorithm was put forward to reduce the amount of calculation
摘要为了减少图像稀疏分解的计算量，提出了一种基于量子遗传算法与匹配追踪相结合的图像稀疏分解快速算法。 |
| 7. | In chapter 5 , we extent the results of the finite difference domain decomposition algorithm of paper [ 13 ] for two dimensional heat equation and give some numerical results
在第五章，我们在二维热传导方程求解上扩充了dawson等人的区域分解算法。给出了关于算法计算精度的数值结果。 |
| 8. | The famous mallat decomposition algorithm is applied . the correlations between the neighboring wavelet transform coefficients are utilized to restrain noises and the local maxima of the coefficients provide information of image boundaries
并利用相邻尺度间小波系数的相关性和一种非线性函数进行噪声抑制，同时利用小波系数的模极大值来提取边缘点。 |
| 9. | The thesis introduces two basic thinking in field of optic character recognition ( ocr ) , which is statistical - decision algorithm based on math characteristic of character and structure - decomposition algorithm based on physical characteristic of character
文字识别的原理和方法介绍了文字识别领域采用的一般方法和策略? ?基于数学特征的统计决策法和基于结构特征的句法分析法。 |
| 10. | Numerical simulation signal and vibration acceleration signal of a roughing mill main drive speed reduction unit have been decomposed by using empirical mode decomposition algorithm ; each component has been carried on spectral analysis
摘要运用经验模式分解算法对数值仿真信号及某轧钢厂粗轧机主传动减速机振动加速度信号进行了分解，从而得到若干个基本模式分量，对每个模式分量进行了频谱分析。 |
